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BGA PCB Assembly Services | POE
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Get A Quote
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PCB Assembly Services

BAG
BGA Assembly.

Precision Ball Grid Array assembly with 0.01mm placement accuracy, 100% X-Ray inspection, and IPC Class 3 quality standards. From 0.4mm pitch BGAs to 2500-ball packages we handle your most demanding designs.

0.01mmPlacement Accuracy
0.4mmMin Ball Pitch
2500Max Ball Count
100%X-Ray Inspection
IPC-3Class 3 Certified
20+Years Experience
Technical Capabilities

What We Can Handle

Our BGA assembly line is equipped with the latest SMT placement machines and X-Ray inspection systems, capable of handling the full range of BGA package types and pitches.

0.01mm
Placement Accuracy

High-precision SMT machines with vision alignment systems ensure every BGA ball lands exactly on its pad, even at 0.4mm pitch.

0.4mm
Minimum Ball Pitch

We support fine-pitch BGAs down to 0.4mm, including CSP, FBGA, and micro-BGA packages used in mobile and high-density designs.

2500
Max Ball Count

From small 4-ball packages to high-density 2500-ball FPGAs and processors our equipment handles the full spectrum of BGA complexity.

100%
X-Ray Inspection

Every BGA assembly undergoes full 2D/3D X-Ray inspection to verify solder joint integrity, detect voids, bridging, and missing balls.

IPC Class 3
Quality Standard

All BGA assemblies are built and inspected to IPC-A-610 Class 3 the highest standard for mission-critical and high-reliability electronics.

20+ Years
BGA Experience

Over two decades of BGA assembly experience across aerospace, medical, telecom, and industrial sectors. We have seen every challenge.

Package Specifications

BGA Package Specs

Parameter Specification
Package Types BGA, CBGA, PBGA, FBGA, CSP, LGA, QFN, micro-BGA
Minimum Ball Pitch 0.4mm (standard); 0.3mm (advanced process)
Maximum Ball Count Up to 2500 balls per package
Package Size Range 3mm 3mm to 60mm 60mm
Placement Accuracy 0.01mm (Cpk 1.67)
Solder Paste Lead-free SAC305; leaded SnPb63 available
Stencil Thickness 0.08mm 0.15mm (step stencil for mixed pitch)
Reflow Profile Nitrogen atmosphere; 8-zone controlled reflow
Board Thickness 0.4mm 6.0mm
Max Board Size 600mm 500mm
Inspection & Quality

Testing Standards

Method Details
X-Ray Inspection 2D/3D AXI 100% coverage for all BGA joints
AOI (Automated Optical) Pre- and post-reflow AOI on all assemblies
ICT / Flying Probe In-circuit test for functional verification
Void Rate <10% void area per IPC-7095 standard
Quality Standard IPC-A-610 Class 2 (standard) / Class 3 (high-rel)
Certifications ISO 9001, ISO 13485, ISO 14001, RoHS, REACH
Traceability Full component and process traceability per board
First Article Inspection Available on request for new designs
Assembly Process

How We Build Your BGA

A controlled, repeatable 6-step process ensures every BGA assembly meets specification from the first prototype to full production volume.

01
Engineering

Design Review & DFM

Our engineers review your Gerber files, BOM, and assembly drawings. We check pad geometry, stencil apertures, thermal relief, and via-in-pad design before any material is ordered.

02
Preparation

Stencil & Material Prep

Laser-cut stainless steel stencils are produced to exact aperture specifications. Components are sourced from authorized distributors and verified against the BOM before kitting.

03
Printing

Solder Paste Application

Automated solder paste printing with closed-loop SPI (Solder Paste Inspection) verifies paste volume, area, and offset on every board before placement begins.

04
Placement

Precision BGA Placement

High-accuracy pick-and-place machines with bottom-side vision alignment place each BGA to 0.01mm. Fiducial recognition and nozzle calibration are performed at the start of every run.

05
Reflow

Controlled Reflow Soldering

8-zone nitrogen reflow oven with tightly controlled thermal profiles. Profile is validated per IPC-7530 for each new assembly. Nitrogen atmosphere minimizes oxidation and improves wetting.

06
Inspection

X-Ray & Final Inspection

100% 2D/3D X-Ray inspection on every BGA. AOI and visual inspection complete the quality gate. Non-conforming boards are flagged for rework or rejection before shipment.

Quality Assurance

Inspection & Testing Methods

We use a multi-layer inspection strategy to catch defects at every stage not just at the end of the line.

Primary Method

X-Ray Inspection (AXI)

2D and 3D X-Ray for full solder joint visibility
Detects voids, bridging, missing balls, and cold joints
100% coverage every BGA on every board
Void rate measurement per IPC-7095 standard
Automated pass/fail with image archiving
In-Line Process

AOI & SPI

Pre-reflow SPI verifies paste volume and offset
Post-reflow AOI checks component presence and polarity
Automated defect classification and reporting
Statistical process control (SPC) data collected per run
Closed-loop feedback to printing and placement stages
Functional

ICT & Flying Probe

In-circuit test for shorts, opens, and component values
Flying probe for low-volume and prototype runs
Functional test fixtures available for production
Boundary scan (JTAG) for complex digital assemblies
Test coverage report provided on request
Reliability

Thermal & Reliability Testing

Thermal cycling per IPC-9701 for solder joint fatigue
Burn-in testing for high-reliability applications
Cross-section analysis for joint microstructure verification
Pull and shear testing for mechanical strength
Conformal coating and underfill available
Specialist Services

Beyond Standard Assembly

Repair & Rework

BGA Rework & Reballing

Failed BGA? We offer professional BGA rework using hot-air rework stations with precision thermal profiles. Reballing service restores used or damaged BGAs to factory-new condition using fresh solder balls.

BGA removal and replacement without board damage
Reballing with SAC305 or SnPb solder balls
X-Ray verification before and after rework
Suitable for prototypes, field returns, and engineering changes
Turnaround from 24 hours for urgent rework
Engineering Support

BGA Design Consultation

Our engineers work with your design team to optimize BGA layouts for manufacturability and reliability. Early DFM review prevents costly respins and assembly failures before production begins.

Pad geometry and solder mask opening review
Via-in-pad and NSMD vs SMD pad recommendations
Thermal profile simulation and reflow optimization
Stencil aperture design for fine-pitch BGAs
Underfill and conformal coating recommendations
Get a Free Quote

Start Your BGA
Assembly Today.

WhatsApp
What files do I need to send?
Gerber files, BOM, and assembly drawings (pick-and-place file is helpful). We will review and confirm before quoting.
Do you handle component sourcing?
Yes full turnkey service available. We source from authorized distributors and provide full traceability documentation.
What is the minimum order quantity?
No minimum we accept single prototype boards. Volume pricing applies from 10 pieces and above.

Drag files or click to upload

Gerber, BOM, PDF, DXF, ZIP, RAR (max 20MB)

We respond within 4 business hours. Your information is kept strictly confidential.